B. Makarov

The Calculation of Thermodynamic Properties of Multicomponent Refrigerant Blends — Working Fluids of Throttling Low-Temperature Refrigeration Machines

V. Yakovlev, A. Zherdev, B. Makarov, 2020, Chemical and Petroleum Engineering.

Large-aperture compression of picosecond laser pulses and bandwidth-limited radiation arising in a spatially periodic medium : theory and experiment

L. P. Gevorkian, S. Arakelian, B. Makarov, 1990 .

Shape of the NMR Signal from a Two-Component System in a Nonuniform Field

V. Ryzhov, B. Makarov, A. Vagin, 2002 .

Comparative Analysis of Equations of State for Calculating the Thermodynamic Properties of a Vapor-Liquid Multicomponent Refrigerant Blend Comprising the Working Fluid of a Low-Temperature Throttling Refrigeration Unit

V. Yakovlev, A. Zherdev, B. Makarov, 2020, Chemical and Petroleum Engineering.

Experimental research of low-temperature throttling refrigerator for cryoconservation of medical and biological objects

E G Bychkov, Y V Samokhvalov, B A Makarov, 2017 .

Development of a Method of Determining the Component Composition of the Working Fluid of Low-Temperature Throttling Refrigeration Machines Operating with Multicomponent Mixtures of Coolants

A. Zherdev, B. Makarov, E. Bychkov, 2019, Chemical and petroleum engineering.

Experimental study of method for charge composition determining for Joule-Thomson multicomponent mixed-refrigerant refrigerator.

A. Zherdev, B. Makarov, E. Bychkov, 2019 .